provincial disaster risk reduction and management council pangasinan state government ... · 2017....
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Provincial Disaster Risk Reduction
and Management Council
Pangasinan State Government
Summary Report
Republic of the Philippines
Verification Survey with the Private Sector
for Disseminating Japanese Technologies
for Integrated Geographic Information System
(Integrated GIS)
for Improvement of Regional Disaster Risk Reduction
and Management
October 2017
Japan International Cooperation Agency
Informatix Incorporated
i
Verification Survey with the Private Sector for Disseminating Japanese Technologies
for Integrated Geographic Information System (Integrated GIS)
for Improvement of Regional Disaster Risk Reduction and Management
Summary Report
Table of Contents……………………………………………………………………………………… i
Acronyms and Abbreviations………………………………………………………………………….. ii
1. BACKGROUND ..................................................................................................................................... 1
2. OUTLINE OF VERIFICATION AND DISSEMINATION ................................................................. 2
(1) Purpose ............................................................................................................................................ 2
(2) Activities .......................................................................................................................................... 2
(3) Information of Product/ Technology to be Provided ....................................................................... 3
(4) Counterpart Organization ................................................................................................................ 3
(5) Target Area and Beneficiaries .......................................................................................................... 3
(6) Duration ........................................................................................................................................... 3
(7) Progress Schedule ............................................................................................................................ 3
(8) Implementation System ................................................................................................................... 4
3. ACHIEVEMENT OF THE SURVEY ................................................................................................... 5
(1) Outputs and Outcomes of the Survey .............................................................................................. 5
(2) Self-reliant and Continual Activities to be Conducted by Counterpart Organization ...................... 9
4. FUTURE PROSPECTS .......................................................................................................................... 9
(1) Impact and Effect on the Concerned Development Issues through Business Development of the
Product/ Technology in the Surveyed Country ................................................................................ 9
(2) Lessons Learned and Recommendation through the Survey ......................................................... 10
ATTACHMENT: OUTLINE OF THE SURVEY
ii
Acronyms and Abbreviations
APEC : Asia-Pacific Economic Cooperation
CP : Counter Part
DICT : Department of Information and Communications Technology
DILG : Department of the Interior and Local Government
DOST : The Department of Science and Technology
DRRM : Disaster Risk Reduction and Management
GDP : Gross Domestic Product
GIS : Geographic Information System
GOP: Government of the Philippines
JICA : Japan International Cooperation Agency
LGU : Local Government Unit
NAMRIA : National Mapping and Resource Information Authority
NDRRMP : National Disaster Risk Reduction and Management Plan
O&M : Operation and Maintenance
OCD : Office of Civil Defense
ODA : Official Development Assistance
PAGASA : Philippine Atmospheric Geophysical and Astronomical Services Administration
PC : Personal Computer
PDP : Philippine Development Plan
PDRRMO : Provincial Disaster Risk Reduction and Management Office
PhilNITS : The Philippine National I.T. Standards Foundation, Inc.
RA10121: Disaster Risk Reduction and Management Act
1
1. BACKGROUND
Although the economic situation in the Philippines has been in a long-term slump since the 1960s to the
1990s, the growth rate of gross domestic product (GDP) has reached more than 6% in recent years, and
economic growth is becoming more sustainable. Therefore, the economic growth rate since 2012 is higher
in the ASEAN major countries. The Government of the Philippines has also developed projects for
disaster risk reduction and management (DRRM) based on the policies stated in the medium-term
development plan (PDP 2011-2016), and it has been increasing the budget for infrastructure development
to solidify further economic growth. Recently, the Government of the Philippines (GOP) has established
the Disaster Risk Reduction and Management Act (RA10121), which obliges the formulation of the
National Disaster Risk Reduction and Management Plan (NDRRMP) in 2010, that contributed to share
the information of their restoration and reconstruction experience from the Yolanda typhoon disaster or
Sendai disaster prevention framework in APEC.
Also, in order to improve the disaster prevention level of the nation, the GOP has so far carried out the
important activities such as legal and institutional arrangements, formulation of disaster reduction related
plan, improvement of budget system and, capacity building of administrative agencies in the disaster
prevention field. The disaster prevention related organizations are also supported by various donors, and
the GOP’s disaster risk reduction and management (DRRM) ability is steadily improving. To achieve the
basic policy "Inclusive Growth" mentioned in the above PDP, it is considered that the GOP is adapting the
policy and the legal system in DRRM sector, in order to cover the mutually influential factors of
sustainable economic growth and improvement of the capability of DRRM.
However, it is difficult to say that the basic information sharing related to DRRM is enough between the
relevant organizations from the viewpoint of accuracy and synchronization of information. In fact, there is
still a strong sense of crisis against natural disasters from the viewpoints of damaged experience including
many past typhoon damages in the target region after the formulation of PDP. The information that
contributes to the evacuation activities in the event of disaster is stored in dissipate manner (although the
data exists abundantly) and is not integrated or processed sufficiently for decision makings to response
and command to related agencies.
In this circumstance, the Survey Team consisting of Informatix Inc., and the partners, was dispatched by
Japan International Cooperation Agency (JICA) to conduct “the verification survey in the Province of
Pangasinan, the Philippines concerning on the Informatix’s Integrated Geographic Information System
(GIS) products for Advancement of Regional Disaster Prevention (the Survey)” for about 20 months from
the day of signing the contract between Informatix Inc. and JICA. JICA supervises the overall
implementation of the Survey and own the products, equipment, and their incidental facilities, prepared
by the survey team for the purpose of implementation of the Survey during the project. The Survey is
formulated based on a new project scheme ‘Verification Survey with Private Sector for Disseminating
Japanese Technologies, which aims to demonstrate that Japanese technologies are highly effective in
improving specific development challenges in the developing countries through actual installation and
operation of products related to the technologies.
2
2. OUTLINE OF VERIFICATION AND DISSEMINATION
(1) Purpose
The overall goal of the Survey is to mitigate and minimize disaster damage in the Pangasinan
Province as a result of capacity enhancement of CP LGUs on disaster management, by means of the
information sharing regarding disaster prevention through the Integrated Geographical Information
System (herein after referred to as “the GeoCloud Integrated GIS”).
The Survey purpose is listed as follows:
To study framework in which DRRM information is shared mutually and rapidly at the time of
disaster.
To craft DRRM information database using Integrated GIS in Province of Pangasinan and 3
LGUs in sustainable manners.
To evaluate Integrated GIS by implementation of workshops on DRRM in which LGU
officials (of Disaster Risk Reduction and Management Council) attend for improvement of
DRRM activities of LGUs.
To develop the plan to disseminate the technology in the Philippines.
(2) Activities
Based on the purposes of the Survey, the following activities is set and implemented:
(a) Activity-1: Discussion and examination for information sharing regarding disaster risk
reduction between CP LGUs and the Central Government
Explanation of outline of the Survey to Central Government
Arrangement and management for information sharing meetings between CP LGUs and the
Central Government
Investigation for information to disaster risk reduction and management, relevant system,
laws and policies.
Examination of the information sharing mechanism and methodology
(b) Activity-2: Introduction and operation of the GeoCloud Integrated GIS in the Province of
Pangasinan
Implementation of preliminary survey
Formulation of specification of the GeoCloud Integrated GIS and procurement of materials
Modification works of the GeoCloud Integrated GIS
Trainings on operation of the GeoCloud Integrated GIS for the development partner
company(PhilNITS)
Preparation for introduction of the GeoCloud Integrated GIS
Trainings on operation of the GeoCloud Integrated GIS for CP LGUs
Installation and setting-up of hardware of the GeoCloud Integrated GIS
Setup and provisional operation of a prototype system
Introduction and operation of the GeoCloud Integrated GIS
Formulation of operational structure/system
3
(c) Activity-3: Implementation of workshops in the Province of Pangasinan
Preparation of workshops
Implementation of workshops for verification of the GeoCloud Integrated GIS
Evaluation of the GeoCloud Integrated GIS based on the results of workshops
(d) Activity-4: Formulation of Business Plan for the dissemination of GeoCloud Integrated
GIS
Information collection for developing a business
Implementation of seminars and observation tours
Implementation of study tours in Japan
Examination and Proposition for the dissemination of the GeoCloud Integrated GIS as a part
of disaster risk reduction and management system in the Philippines
Establishment of a plan to develop the business
(3) Information of Product/ Technology to be Provided
The provided products and technology in the Survey are as follows:
(a) Hardware
Main servers in the Pangasinan Province with GeoCloud System
Terminal PCs in the 3 LGUs to access and operate GIS system
Surrounding Equipment (network system, Wi-Fi system, printers and scanners)
Five (5) Radio Communication System for data transmissions between the LGUs
(b) Software:
GeoCloud Integrated GIS
Manuals and Guidelines for O&M of the GeoCloud Integrated System
Training Manuals
(4) Counterpart Organization
The counterpart organization are the Pangasinan Province, one (1) city (Dagupan city) and two (2)
towns (Binmaley and Lingayen towns) in the Province of Pangasinan.
(5) Target Area and Beneficiaries
Target areas are one (1) city (Dagupan city) and two (2) towns (Binmaley and Lingayen towns) in
the Province of Pangasinan. Beneficiaries are all the residentiary of those areas.
(6) Duration
The Survey is implemented for about 22 months from March 2016 to December 2017.
(7) Progress Schedule
All of the activities are completed in the October 2017 including the donation of equipment and
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systems, and the Survey will be terminated in December 2017.
(8) Implementation System
The implementation system of the Survey as organized at the beginning of the Survey is shown in
the Figure 1.
Figure 1 Implementation System of the Survey
Meeting and
Discussion for
information
sharing
Philippines Side
C/P Organization: Province Pangasinan with 1 city and 2 towns
Relevant Department: OCD, DILG, DICT, PAGASA, NAMRIA, etc.
.
- Procurement of the System
- Introduction of the System
- Guidance for O&M of the System
- Trainings in the Philippines and Japan
- Workshops in the Philippines
- Preparing Manuals for the System
- Discussion for information sharing
- Donation of the system, etc.
Project Team
Informa tix Incorporated associated with
PhilNITS
and Advisory Company CTII
- Providing data
- Input data and information
- Participation in Trainings and
workshops
- Understanding effects of the system
on DRRM
- Learning DRRM through the system
- Operation of the system, etc.
JICA
Communication
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3. ACHIEVEMENT OF THE SURVEY
(1) Outputs and Outcomes of the Survey
(a) Activity 1: To study the method to share meteorological and disaster prevention
information between governmental organizations and Province of Pangasinan
Activity Results
1-1: To discuss with governmental organizations, such as Philippine Atmospheric, Geophysical
and Astronomical Services Administration (PAGASA) and Office of Civil Defense (OCD), to
construct the framework to support the Survey.
The outline of the Survey was explained for the line ministries of DRRM such as PAGASA,
OCD, DILG, NAMRIA, DICT in Manila on early April 2016.
1-2: To hold meetings with governmental organizations, the Provincial Government of
Pangasinan and 3 LGUs to share meteorological and DRRM related information.
The first steering committee was held on July 2016 for explanation of the role of the meeting and
the outline of the Survey. The second steering committee was held on November 2016 for
updating the progress of the Survey and discussion about information sharing in the Philippines.
The third steering committee was held on February 2017 for the explanation of the installation
situation of hardware and software, operation situation of GeoCloud, the progress of the Survey
and Japan visit. The forth steering committee was held on July 2017 for the explanation of the
progress, training in Japan and Philippines, workshop contents and evaluation, LGU’s activities
and discussion.
1-3: To research on existing DRRM information and systems of governmental organizations.
The Survey was conducted for the condition and activities of DRRM information in each
organization by interviewing to PAGASA, OCD, DILG, DICT, NAMRIA and urban LGUs
(Pasig city and Marikina city) after October 2016.
1-4: To study information categories to be shared and the method to share between governmental
organizations and Province of Pangasinan.
The information sharing method was surveyed considering the technical information from the
activity 1-2/1-3, and conditions such as limitation and range of utilization.
Achievement and Summary
The roles/function of the related organizations and necessary information to conduct activities of
DRRM were revealed through series of discussions and meetings, which were held with CP
organizations and the relevant central governments such as PAGASA, OCD, DILG, NAMRIA
and DICT. As a result of the discussions and meetings, the related organizations understood the
aims and the effects of the Survey from the aspect of contributions to DRRM, and the information
was shared among them, in order to establish the GeoCloud Integrated GIS for the Province of
Pangasinan.
Figure 2 Information Sharing Meetings (Left: First Meeting, Right: Forth Meeting)
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(b) Activity 2: Introduction and operation of Integrated GIS for Province of Pangasinan
Activity Results
2-1: To implement a preparatory survey.
From the beginning of the Survey, preparation was conducted in Japan and the team meeting was
held for confirmation of the role of persons in charge, and schedule of installation. Then, the
Survey contents were announced to concerned persons and the activities were started.
2-2: To design the detailed specifications of Integrated GIS and hardware.
There was not a big change of hardware configuration as planned at the beginning. At the time of
procurement, a standard high-performance type of equipment was selected.
2-3: To customize the system following the specifications in Japan.
There was not a big change of hardware configuration as planned at the beginning. At the time of
procurement, a standard high-performance type of equipment was selected, following the
specifications in Japan.
2-4: To hold a training session for engineers of the local partner.
The training for engineers of the local partner was conducted for three weeks. Although, the
training was planned for one week at the beginning. This comprised of two parts; the basic
training and the development training, which contributes to enhance the effectiveness and earlier
capacity building for development.
2-5: To implement preparatory works for system installation in the Philippines.
The basic data which LGUs need was developed by PhilNITS GC operators who have capacity to
develop GeoCloud data.
2-6: To hold training sessions for LGU officials in charge of the project.
The training for LGU officials in charge was conducted for developing capacity to operate and
utilize GeoCloud GIS System. It was subcontracted to PhilNITS.
2-7: To install and setup hardware.
The setup work such as software/hardware installation and operation confirmation was
subcontracted to PhilNITS and conducted for utilizing the procured hardware.
2-8: To install and test Integrated GIS.
The provisional operation period was set for one month using proto version for test and training
before full operation of Integrated GIS. After that, connection and operation of all terminal
equipment was confirmed.
2-9: To start full operation of Integrated GIS.
Through the activities of “2-6: To hold training sessions for LGU officials in charge of the project”
and “2-8: To install and test Integrated GIS”, the environment for starting the operation was
prepared.
2-10: To establish operation and support structures of Integrated GIS.
Through “Activity 3: Implementation of workshops in the Province of Pangasinan”, the operation
structure was clarified. For the smooth operation by LGUs and assistance of system operation
during the Survey, the support desk was established and started the support services such as
response of questions about operation and bug report.
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Achievement and Summary
The main server of GeoCloud Integrated GIS was completely installed in the PDRRMO of
Pangasinan Province and terminal PCs with surrounding equipment in the target LGUs. The
specification of system was set based on results of investigations as to the present conditions of
(i) DRRM in the LGUs, (ii) existing and necessary information and (iii) existing data
transmission system.
Figure 3 Introduced System (Left: Radio Communication System, Mid: Terminal PC
with access silences, Right: Server Setup with GeoCloud GIS System)
During the Survey, the knowledge and skills to operate the system were enhanced through series
of trainings and study tours, which were conducted twice in Japan by the Survey Team. In
addition, training and operation manuals in English are provided to CP organization as a reference
to effectively operate the system in consideration of sustainability of self-system operation. As of
October 2017, the system and equipment are donated to CP organization and being well operated
by them after the donation.
Figure 4 Trainings on Operation of the GeoCloud Integrated GIS for CP
(c) Activity 3: Implementation of workshops in the Province of Pangasinan
Activity Results
3-1: To prepare design and plan of workshops together with/ based upon consultation with the
Provincial Government and 3 LGUs.
Preparation work for workshop to evaluate the effectiveness of GeoCloud Integrated GIS was
conducted considering flood situation and local DRRM structure. After the consultation with the
JICA expert, the training concept was arranged to have workshops, focusing on preparedness of
DRRM activities which is appropriate for evaluation of the effectiveness of GeoCloud Integrated
GIS.
3-2: To conduct workshops together with the Provincial Government and 3 LGUs.
The first workshop was held on October 2016 for data collection/preparation and understanding
of data utilization for the activities on DRRM. The second workshop was held on February 2017
for studying utilization for DRRM by creating disaster risk graphs to evaluate the effectiveness of
the Integrated GIS on DRRM. The third workshop was held on June 2017 for creating flood
hazard map to evaluate the effectiveness of the Integrated GIS on DRRM.
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3-3: To evaluate the effectiveness of Integrated GIS based upon the outcome of workshops
activities.
The evaluation of the effectiveness of Integrated GIS was conducted based upon the evaluation
indicators for DRRM and System which was set during workshop preparation.
Achievement and Summary
To evaluate and verify the introduced system, the workshops were systematically conducted three
times in the Philippines for the purpose of (i) data collection/preparation and understanding of
data utilization for the activities on DRRM, (ii) establishment of disaster risk graphs, (iii)
elaboration of flood hazard map in consideration of conditions of refugee. Especially, workshops
of (ii) and (iii) were conducted and outputs (see Figure 5) are made by CP through operating the
GeoCloud Integrated System.
The products in the workshops and CP’s enough operation capacity proved the contribution of the
introduced system for activities on disaster preparedness. This success has mainly been brought
by the activities of capacity enhancement during the Survey, and powerful and friendly operation
function/system of the GeoCloud Integrated GIS.
Figure 5 Outputs of Workshops (Left: Disaster Risk Graph, Right: Flood Hazard Map)
(d) Activity 4: To make a plan to disseminate Integrated GIS into all over the Philippines
Activity Results
4-1: To study for dissemination of Integrated GIS.
The study to ensure future dissemination of Integrated GIS was conducted considering the issues
for dissemination clarified in “Activity 3: Implementation of workshops in the Province of
Pangasinan”.
4-2: To hold seminars and exhibitions with the cooperation of the Province of Pangasinan.
The seminar was held on August 2017 in order to introduce the Survey contents and results to line
ministries and LGUs as a part of the dissemination activity of Integrated GIS.
4-3: To implement the study session in Japan.
The first Japan visit was conducted on November 2016 for LGU and line ministry officials in
charge. Main objective was to learn the situation of Integrated GIS, data sharing among DRRM
departments and data management of other departments, by visiting the local government which
has Integrated GIS for contribution to a smooth operation start of Integrated GIS. The second
Japan visit was conducted on May 2017 for decision makers such as the provincial governor and
mayors, because it contributes to dissemination of Integrated GIS by understanding the situation
of introduction of Integrated GIS in Japan and exchange of opinions.
Population in
Inundated Area
Population in Inundated Area
without Evacuation Center
Population
0
100
200
300
400
500
600
700
0 20 40 60 80 100 120
Po
ten
tial
Ev
acu
ee P
op
ula
tio
n t
o b
e
ad
dre
ssed
(P
ers
on
s)
Return Period (year)
Disaster Risk Graph
frequentsmall magnitude
rarehigh magnitudeHazard
Effect of the System
Effect of evacuation center
To be addressed
• wide area evacuation• other place for evacuation• construction of evacuation center• , etc.
Disaster risk graph of sample area
9
4-4: To make a brief proposal for dissemination of the system for disaster prevention and its
measures in the Philippines.
The dissemination concept of the system was studied with analysis about relevance and
effectiveness of the dissemination of the system after workshops and interview to line ministries.
4-5: To make a future plan for dissemination of the Integrated GIS in the Philippines.
Based on the activity 4-4, the future activities and plan in the Philippines were formulated.
Achievement and Summary
Based on (i) the verification results of the introduced system as mentioned item (c), (ii) a research
of market environment by 3C analysis and (iii) the level of potential capacity of local government
staff to adapt to the System, a business plan was formulated to disseminate the GeoCloud
Integrated GIS in governmental organizations in the Philippines in order to improve the condition
of DRRM. In the Survey, the verification of the System was carried out from the viewpoint of
disaster preparedness; however, the System was applied by Informatix Incorporated for the
activities on other stages of DRRM such as response and rehabilitation in Japan.
Moreover, the System has a possibility to be applied for other business field such as asset
management, land use management and traffic management etc. in accordance with the concept
of i-government in the Philippines.
(2) Self-reliant and Continual Activities to be Conducted by Counterpart Organization
To keep sustainability on the O&M of the GeoCloud Integrated GIS by CP themselves, the Survey
Team prepared tools and a scheme to support CP (particularly, LGUs) in order to smoothly conduct
O&M of the System as follows:
Training and operation manuals and guidelines in English were ready for users
Technical transfer to the business partner (PhilNITS in the Philippines) from Informatix
Incorporated successfully finished. After the contract between them, the business partner will
support for not only operation but also maintenance and expansion of the System.
According to the result of the interviews with the participating staff of LGUs, it was
recognized that the System has friendly and visually arranged function to input, modify and
analyze the information for the staffs of LGUs.
The installation fee and cost of maintenance are kept in reasonable conditions compared with
the DRRM budget of Provinces and LGUs.
4. FUTURE PROSPECTS
(1) Impact and Effect on the Concerned Development Issues through Business Development of
the Product/ Technology in the Surveyed Country
The target country has suffered from natural disasters such as typhoon, severe storm, floods,
landslide, etc. Normally, the risk of those disasters is analyzed based on the hazard degree, the
vulnerability of people/assets and DRRM system, and the exposure condition in the target area. In
this context, the products and technology transferred to CP organizations in this Survey will
contribute to future reduction of vulnerability of the whole LGUs in their implementation capacity of
DRRM, if the product will spread to other LGUs.
10
Figure 5 Impact and Effect on the Risk of Disasters in the Philippines
For example, during the Survey, quick impacts were happened in CP LGUs. The CP conducted
making wide-areas road maps to clarify the vulnerable area to flood inundation and pasted the
modified flood hazard maps on the news boards in the city and towns. As just described, the
reduction of vulnerability by LGUs was immediately started after the completion of installation of
the product and technical transfer for the operation of the System in the Survey.
(2) Lessons Learned and Recommendation through the Survey
(a) Lessons and Learnings
(i) Importance of Local Business Partner
The local business partner has covered and supported the activities of the Survey during the
absence of Informatix Incorporated in the Philippines, particularly, in case of necessity of
urgent negotiations and discussions, which often happen with sub-contractors to change
design or spec-conditions, in order to procure and install the equipment and system on time
as well as conduct inventory management for spare parts in the Philippines. Based on this
experience, the Survey Team realized the importance of the local business partner to realize
the formulated business plan.
(ii) Significance of Supports by In-house Staff
To promote and conduct a number of activities in the Survey on schedule, supports and
assists by in-house engineer and administrative staff were essential and very effective. As a
result of this experience, it can be said that the supportive structure should be established
when the dissemination of the System starts in the Philippines based on the formulated
business plan.
(iii) Effectiveness of Assistance by Consultant
Through the Survey, it is realized that the development consultant are conversant with the
technical and administrative terminology, schemes of ODA project, mechanism and
procedure of ODA projects very well, so that Informatix Incorporated can attain the goal and
outputs of the Survey on schedule. In addition, it can be said that the consultants will
effectively collaborate to promote the implementation of the formulated business plan
(b) Recommendation
The DRRM projects are largely divided into two portion such as structural measures (hard
components) and non-structural measures (soft components). The introduced system is categorized
into the non-structural measures and its cost and installation time are less than the structural
measures. In the Sendai disaster prevention framework, the disaster risk reduction and mitigation
by the non-structural measures are also recognized as an important method, with quick impact on
the mitigation of disaster damage. In this context, it is recommended to incorporate the introduced
11
system (the GeoCloud Integrated GIS) with technical transfer into the ODA and DRRM projects as
one of non-structural measures to reduce and mitigate the future risk and damage by disasters.
12
Attachment
Outputs and Outcomes of the Survey
GC Integrated GIS is used in lots of
public institutions, but only in Japan.
Practical use of the Integrated GIS
other than DRRM matters, such as city
planning and assets valuation.
Pangasinan will be known as a model
of practical use of Integrated GIS for
DRRM, and it helps to disseminate the
framework all over the Philippines.
Establishment of the framework in
which DRRM information is shared
mutually and rapidly, complying
related policies of central
governmental organizations.
LGUs‘ communication and response
ability for disaster risk reduction and
management is strengthened.
Upgrade of bases for disaster
risk reduction and management
(DRRM) in participating LGUs.
Upgrade of response capability
in sharing DRRM information
among LGUs, evacuation and
the instructions.
Concerned Development Issues
in the Philippines
Verification Survey with the Private Sector for Disseminating Japanese technologies for Integrated Geographic
Information System (Integrated GIS) for Improvement of Regional Disaster Risk Reduction and Management
Informatix Inc., Kanagawa, Japan
Impact on the Concerned
Development Issues in the Philippines
Implemented Activities in the
Survey
To construct DRRM information
database on Integrated GIS, and
to train officials for updating
data and the maintenance.
To study the method and
contents of information for
sharing with related
governmental organizations.
Implementation of Disaster
Imagination Games for officials.
Proposed
Products/Technologies
Products/ Technologies
GeoCloud Integrated GIS
(Geographic Information System)
- The technology to collect and link
map information owned at
multiple sections and organizations.
- Realization of information
sharing and its maintenance easily
with low cost exploiting the
technology of cloud computing.
The Philippines
Survey Overview
Name of Counterpart:
The provincial government of
Pangasinan
Survey duration: Mar/2015 – Dec/2017
Survey Area: Province of Pangasinan,
1 city and 2 municipalities.
Current
Under & Post Project